To truly get ERDAICC fixed, you must move beyond the log message and address the five root causes: connection leaks, schema drift, memory pressure, lock contention, and checkpoint corruption. By applying the step-by-step methodology outlined above—metadata resets, connection tuning, lock reconfiguration, and regular schema monitoring—you can eliminate the "fixed" noise permanently and achieve reliable, predictable data integration.
<Resource name="jdbc/ERDAICCPool" maxTotal="100" maxIdle="30" maxWaitMillis="10000" removeAbandonedOnBorrow="true" removeAbandonedTimeout="60" /> Additionally, enforce statement closing in your ETL scripts: erdaicc fixed
erdaicc-admin lock list --orphaned If orphaned locks exist, restart the lock manager service. In rare cases (observed in ERDAICC versions 2.3.1 to 2.3.4), the "fixed" message was erroneously logged due to a logging level bug. The patch notes for version 2.3.5 state: Resolved issue where INFO level log "ERDAICC fixed" was emitted even when repair routine returned false . Now correctly logs WARN with remediation hint. If you are on an affected version, upgrading to 2.3.5 or higher will eliminate the false positive messages. No configuration change is required. Comparison: "ERDAICC Fixed" vs. True Resolution | Symptom | False "Fixed" | Truly Fixed | |---------|---------------|--------------| | Error reoccurs? | Yes, within same job run | No, across multiple runs | | Log verbosity | Hundreds of "fixed" entries per hour | Zero or one after manual patch | | Manual intervention needed | No – but error persists | Yes – run Phase 2–5 once | | Data integrity guaranteed? | No – silent data corruption possible | Yes – checksums validated | | Typical remediation time | Never truly resolved | 30–90 minutes | Conclusion: Master the Fix, Stop the Noise Searching for erdaicc fixed is often a cry for help from overburdened IT teams facing cryptic integration errors. The truth is that ERDAICC’s auto-repair mechanism is a double-edged sword: it prevents immediate crashes but can create a false sense of security. To truly get ERDAICC fixed, you must move
A custom PL/SQL function in the source Oracle database returned NULL for UNIT_COST on newly added products. ERDAICC’s null-handling logic caught the exception, logged "fixed" (by substituting a zero), but then triggered a division-by-zero in a downstream discount calculation. In rare cases (observed in ERDAICC versions 2
